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Quality control applications that require precise measurement can be some of the most challenging applications to solve. Very tight tolerance requirements demand a reliable solution that can measure parts in micrometers to detect the smallest variations in part size, thickness, orientation, placement, and more. 

Each new journey begins with a single step. That common proverb applies to most aspects of life, including the decision to start a new business or organization. A company can look back fondly to that first bold and courageous decision to merely begin.

Pick up any shaft or threaded fastener. How are you going to check it? An outside micrometer is most often the go-to tool for measuring diameters. A height gage or drop indicator could be used to check dimensions between part features, while an optical comparator is a good way to inspect thread forms or measure a groove width.

As with every other function in modern manufacturing operations, inspection is subject to the management team’s efforts at cost control or cost containment. It is good business sense to maximize the value of every dollar spent, but it also means that hard choices must be made when selecting handheld gages.

If you ever get a chance to watch an aircraft being built, take it. Walking through the aircraft hangar at Northrop Grumman’s Palmdale, CA, facility, you will see two unmanned aircraft, each with a 130-foot wingspan, parked behind yellow tape. The scale of the aircraft and the desert setting make it feel like a movie set.

Color is the first thing we see and the first thing we connect to. Color influences up to 85% of product purchasing decisions and more importantly, our reactions to color are 95% emotional, therefore the first impression or reaction is critical. 

If you subscribe to Quality, it seems safe to assume that quality is a priority for you. But even when it is a priority, achieving high levels of quality is an ongoing challenge that requires effort from every member of the organization every day.

Medical product manufacturers—including producers of medical devices and plastic medical components—are in the some of the most competitive segments of manufacturing. And many of them are growing 10% a year or faster than their peers, according to a recent survey of 151 North American manufacturers conducted by research firm Decision Analyst on behalf of IQMS.

If you talk to anyone in manufacturing today about the future of the industry, you’re likely to hear a quizzical, “Do you mean Industry 4.0?”

Computed tomography (CT) uses irradiation to produce 3D internal and external representations of scanned objects. The beginnings of CT scanning technology date back to the early 1970s. Although it was originally developed for medical imaging, CT is now used in a wide array of industrial applications including flaw detection, failure analysis, metrology, assembly analysis and reverse engineering.